Core Viewpoint - Trilogy Metals has reported significant advancements in its fiscal 2025 year-end results, highlighting a strategic investment from the U.S. federal government aimed at bolstering domestic critical minerals production, particularly through the Upper Kobuk Mineral Projects in Alaska [1][2]. Financial and Operational Highlights - Trilogy Metals plans to open the Bornite camp during the 2026 summer field season for geotechnical and exploration drilling [1]. - The U.S. government is committed to facilitating financing for the construction of the Ambler Road, in collaboration with the State of Alaska [1]. - A budget of $35 million has been approved for the Ambler Metals joint venture for 2026, focusing on permitting and development milestones [1][2]. - The company reported a net loss of $42.2 million for the year ended November 30, 2025, compared to a net loss of $8.6 million in fiscal 2024 [1][2]. - As of November 30, 2025, Trilogy Metals had a strong cash balance of $51.6 million, providing financial flexibility [1]. U.S. Federal Strategic Investment - Trilogy entered a binding letter of intent with the U.S. Department of War for a conditional investment of approximately $17.8 million, reflecting the strategic importance of the UKMP to domestic critical mineral supply chains [1][2]. - The investment includes 8,215,570 units at a price of $2.17 per unit, each comprising one common share and ¾ of a 10-year warrant [1]. Strengthened Leadership and Joint Venture Oversight - The company has expanded its senior leadership and advisory capabilities to support the execution and oversight of the joint venture, particularly as mine permitting and project activity are expected to accelerate [2]. - Engagement with local communities and stakeholders remains a core focus, emphasizing transparent communication and long-term workforce planning [2]. Ambler Metals Budget and Activities - The approved budget for Ambler Metals for fiscal 2026 is approximately $35 million, with Trilogy's share being $17.5 million [2]. - Exploration activities will primarily focus on the Arctic Project, including geotechnical and condemnation drilling to support mine design and infrastructure placement [2].

Core Viewpoint - American Rare Earths is positioned to become a cornerstone of the U.S. rare earths supply chain, with a focus on the Halleck Creek project in Wyoming, which is recognized for its world-class rare earth deposit and favorable mining jurisdiction [1][2][3]. Company Overview - The company is advancing the Halleck Creek Project, which is a significant rare earth deposit located in Wyoming, a state ranked fourth globally for investment attractiveness according to the Fraser Institute's July 2025 survey [2][14]. - American Rare Earths aims to secure domestic supply of rare earths for the U.S. market, leveraging its processing capabilities demonstrated through successful production of rare earth oxides from Halleck Creek ore [3][14]. Strategic Focus - The company plans to complete the Halleck Creek Pre-Feasibility Study in 2026 and is preparing to submit its mining permit, benefiting from Wyoming's efficient permitting system [4][5]. - American Rare Earths is actively engaging with U.S. policy initiatives that support domestic critical minerals production, following an executive order by President Trump that emphasizes the importance of rare earth elements for national security [5][6]. Capital Markets and Growth Strategy - The company is considering a potential U.S. listing to enhance long-term value for shareholders and broaden investor reach, while maintaining a focus on funding and partnerships that strengthen its balance sheet [7]. - In addition to Halleck Creek, the company is evaluating other projects in Arizona, Nevada, and Wyoming to create a coherent growth pipeline, prioritizing investments that enhance scale and returns [8][9]. Commitment to Sustainability - American Rare Earths is dedicated to environmentally responsible mining practices and is collaborating with U.S. government-supported R&D programs to innovate extraction and processing technologies for rare earth elements [14].